Bibliography: 1. Krinitsyn R., Avdeev A., Khudyakov S. Evaluation of geomechanical conditions at Magnezitovaya mine when undermining natural and anthropogenic objects. E3S Web of Conferences. 2018. pp. 02017.
2. SHevlyakov E.V., SHelkovyj I.S. Sovershenstvovanie tekhnologii otrabotki zapasov Satkinskogo mestorozhdeniya v predelah etazhej +180/+260m i +100/+180m shahty
«Magnezitovaya» [Improving the technology of mining the reserves of the Satkinsky Deposit within the floors + 180/+260m and +100/+180m of the Magnezitovaya mine]. Innovacionnye geotekhnologii pri razrabotke rudnyh i nerudnyh mestorozhdenij: sb. dokl. Ekaterinburg, 2016. 207 p. [In Russ]
3. Rasskazov I.Yu., Kursakin G.A., M.I. Potapchuk i dr. Geomechanical assessment of conditions for developing deep horizons of the Yuzhnoye polymetallic Deposit». Fizikotekhnicheskie problemy razrabotki poleznyh iskopaemyh. 2012. no 5. pp. 125–134. [In Russ]
4. Zubkov A.V., Feklistov Yu.G., Lipin Ya.I., Hudyakov S.V., Krinicyn R.V. Deformation methods for determining the stress state of rocks on subsurface use objects. Problemy nedropol’zovaniya. 2016. no 4 (11). pp. 41—49. [In Russ]
5. Feklistov Yu.G., Zubkov A.V., Krinicyn R.V. Control of the stress state of mining and construction objects with a polariscope. Bezopasnost’ truda v promyshlennosti. 2017. no 12. pp. 22—26. [In Russ]
6. Lipin Ya.I., Krinicyn R.V. Topical issues of stress assessment in predicting impact hazard at the present stage. Sovremennye problemy mekhaniki. 2018. no 33(3). pp. 410—418. [In Russ]
7. Krinicyn R.V., Polhovskij V.I., Hudyakov S.V. Increasing the stability of the roof of chambers when working out deposits by underground method. Problemy nedropol’zovaniya. 2018. no 1 (16). pp. 22—28. [In Russ]
8. Krinicyn R.V., Selin K.V. Sistema monitoringa massiva gornyh porod v Kungurskoj ledyanoj peshchere [Monitoring system of the rock mass in the Kungur ice cave]. Kompleksnoe ispol’zovanie i ohrana podzemnyh prostranstv: sb. dokl. Ekaterinburg: FGBUN GI UrO RAN, 2014. pp. 355—357. [In Russ]
9. CUI Xi-min, LI Chun-yi, YuAN De-bao et al. The impacts of weak plane to the surface movement and discontinuous deformation. Journal of Hunan University of Science & Technology (Natural Science Edition), 2009, no 2, pp. 1—4.
10. Jiang Fu-Xing, Yang Shu-Hua, Sheng Yun-Hai et al. A study on microseismic monitoring of rock burst in coal mine. Chinese Journal of Geophysics, 2006, no 5, pp. 1511—1516.
11. Lan Tianwei, Zhang Hongwei, Han Jun et al. Study on rock burst mechanism based on geo-stress and energy principle.// Journal of Mining & Safety enginiring, 2012, no 29(6), pp. 840—845.
12. Yu Lijiang, Batugina I.M., Batugin A.S. Identify patterns of deformation earth’s surface in order to reduce the impact of mining operations on the environment at the coal mineHuafeng. Science and Education: materials of the VI international research and practice conference, Munich, June 27th 28th, 2014. Publishing office Vera VerlagWaldkraiburgmunich-Germany, 2014. pp. 474—477.
13. SHemetov R.S. Interpretation of the results of monitoring the deformation processes of complex structural objects in the foothills of the North Caucasus. Markshejderiya i nedropol’zovanie. 2015. no 1. pp. 54—58. [In Russ]
14. Morozov K.V., Ekgart V.I. First results of operation of the automated system of underground deformation monitoring of the rock mass at the «Glubokiy» mine of JSC «ppgho». MIAB. Mining Inf. Anal. Bull. 2015. no 7. pp. 516—523. [In Russ]
15. Bornyakov S.A., Salko D.V. Instrumental system of deformation monitoring and its approbation in a kimberlite quarry. Fiziko-tekhnicheskie problemy razrabotki poleznyh iskopaemyh. 2016. no 2. pp. 172—178. [In Russ]
16. Leont’ev A.V., Lobanova T.V. Deformational monitoring of rock mass movements in iron ore deposits of Gornaya Shoria. Interekspo Geo-Sibir’. 2014. no 4. pp. 133—138. [In Russ]